Skip to main content Read the Scientific Update on our smoke-free products Home Platform Development Platform Development Platform Portfolio Heat-not-burn Platform 2 Platform 2, like Platform 1, is a heat-not-burn product that does not involve the combustion of tobacco.The product generates a nicotine-containing aerosol which has significantly fewer harmful and potentially harmful constituents (HPHCs) and less smell than cigarette smoke.Platform 2 has been designed to resemble a cigarette as closely as possible.Platform 2 Where Platform 1 uses electronics to carefully control the temperature of the tobacco, Platform 2 uses a carbon tip heat-source.A proprietary design separates the tobacco from the carbon heat source and provides an effective and controlled temperature transfer to generate a nicotine-containing aerosol similar to Platform 1.The pressed carbon tip is ignited and the heat generated is transferred to the tobacco.The technical specifications of the design and placement of the pressed carbon heat source compared to the tobacco portion results in a controlled temperature, similar to Platform 1, ensuring that combustion of the tobacco does not occur.

Platform 2 is at an earlier stage of development than Platform 1.hot box vape tempHowever, we have conducted some preliminary HPHC characterisation of the aerosol of Platform 2, and as with Platform 1 see significant reductions in all of the 58 constituents that we measure, with the exception of nicotine.best dry weed vaporizersWe'd like to improve the PMI Science website and ensure that all your questions about our Reduced Risk Products (RRPs) and our research are answered.atmos raw vaporizer indiaEnter your question below and someone from PMI Science team will get back to you with an answer.ios button designName * Email address * Question * Submitios button rounded corners

Wells Fargo raves about new Philip Morris platformsJun.iqos price singapore6, 2017 3:08 PM ET|About: Philip Morris Internation... (PM)|By:, SA News Editor Wells Fargo analyst Bonnie Herzog weighs in on the crucial roll-out by Philip Morris International (PM +0.2%) of the iQOS Platform 1 and the upcoming launch of iQOS Platform 2 (described in detail below)."We believe Platform 2 has the potential to be even more successful than Platform 1 given: (1) its broader appeal to smokers since it looks/feels more like a traditional cigarette (i.e., no device & lit with a match/lighter); (2) faster consumer uptake/conversion potential given established consumer awareness of iQOS given the halo effect from Platform 1; and (3) margin benefits from supply chain efficiencies as both Platforms 1 & 2 share the same manufacturing process," she writes."Once commercialized, we believe Platform 2 has the potential to accelerate PM’s transformational growth as it continues to implement a total portfolio approach toward premiumizing its overall offerings – something we believe the market continues to underappreciate," she goes on.

Wells backs its Outperform on Philip Morris due to the positive view on the reduce-risk product strategy.Philip Morris on Platform 2: "Where Platform 1 uses electronics to carefully control the temperature of the tobacco, Platform 2 uses a carbon tip heat-source.The technical specifications of the design and placement of the pressed carbon heat source compared to the tobacco portion results in a controlled temperature, similar to Platform 1, ensuring that combustion of the tobacco does not occur."Now read: Philip Morris: Can The Rally Continue?Skip to main content Read the Scientific Update on our smoke-free products Home Platform Development Platform Development Platform Portfolio Heat-not-burn The concept behind ‘Heat-not-Burn’ is that heating tobacco, rather than burning it, reduces or eliminates the formation of many of the compounds that are produced at the high temperatures associated with combustion.Research has demonstrated that most of the harmful and potentially harmful constituents (HPHCs) in cigarette smoke are formed by thermal breakdown of the tobacco when it is burned.

Heat-not-burn therefore offers the possibility of significantly reducing both the number and the levels of HPHCs generated by tobacco products, whilst retaining an acceptable sensory experience for current adult smokers.Our RRP Platform 1 and Platform 2 both use the heat-not-burn concept.Platform 1 applies fast-acting electronic temperature control to heat tobacco to a pre-defined temperature, whereas Platform 2 uses a pressed carbon heat-source.Combustion and burning in cigarettes Burning occurs as a result of combustion, defined as a particular chemical reaction where the reactant molecules, namely the fuel and the oxidant, are mixed and rearranged to become product molecules, with the simultaneous release of heatCombustion: physical and chemical fundamentals, modeling and simulation, experiments, pollutant formation.A standard combustion process occurs in tobacco when a cigarette is lit.The combination of tobacco (fuel) and oxygen in the air generate self-sustaining combustion that consumes the tobacco.

Researchers have estimated that cigarette smoke contains 7,357 chemical compounds from many different classesThe chemical components of tobacco and tobacco smoke.There is broad scientific agreement that several of the major classes of chemicals in the combustion emissions of burned tobacco are toxic and carcinogenicHow tobacco smoke causes disease: The biology and behavioral basis for smoking-attributable disease: A report of the surgeon general.2010: Centers for Disease Control and Prevention (US).http://www.cdc.gov/tobacco/data_statistics/sgr/2010/.The link between temperature and combustion During the natural smoulder period of a cigarette in-between puffs, temperatures of between 600 °C to    800 °C occur in the centre of the burning zone.During a puff, the temperature increases to more than 900 °C at the periphery of the burning zone.The combustion of tobacco results in the formation of smoke (which contains a range of chemical compounds), heat and ash.The image below shows a typical temperature profile in a lit cigarette during the self-sustaining combustion of tobacco, compared with the temperature profile for RRP Platform 1.

Comparison Temperature Profiles The combustion of a cigarette is a high temperature process that causes the complete combustion of the tobacco (both volatile combustion and heterogeneous combustion of the char), ending with the production of a relevant amount of ashes.Ash is not produced with the electronically heated tobacco product.Click here to see our latest results on the absence of combustion when using Heatsticks in the Platform 1 device.Heat-not-Burn Reduced-Risk Products In order to demonstrate that the operation of Platform 1 does not result in the combustion of tobacco, we commissioned a report by an external and independent senior academic specializing in combustion.The report concluded that combustion does not occur in the tobacco stick used with Platform 1 for a variety of reasons, including that the temperatures in Platform 1 are much lower than the temperatures reached in the tobacco rod of a cigarette (<350 °C compared to 600-900 °C).We have measured the levels of a number of HPHCs generated in prototypes of both Platform 1 and Platform 2 in comparison to 3R4F.